Title
The Smart Effects of Thermoelectric Energy Harvesting

CoPED ID
f16fd79e-7001-49cf-987f-a12aa6429938

Status
Closed


Value
£550,885

Start Date
July 31, 2013

End Date
Jan. 31, 2015

Description

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The project proposed will test the feasibility via a demonstrator into applying thermoelectric energy harvesting systems to self power advanced utility water meters, designed and marketed by Elster Metering UK Ltd. Energy harvesting systems have not made an impact in this area and a standard lithium battery is typically used as the only source of electrical power in smart meters used for water metering. Thermoelectricity has achieved limited commercial success in electrical power generation, partly due to the relatively low conversion efficiency and the relatively small amount of electrical power that is generated. However, recent advances have enabled Staffordshire University to design a state-of-the-art thermoelectric Energy Harvesting System which will be commercially challenged in the water meter industry. This project will enable Elster UK to remain competitive in the Global metering market and will ensure its products continue to lead the market place.

Kelly Bradley PM_PER

Subjects by relevance
  1. Energy harvesting
  2. Electricity market
  3. Electric power
  4. Energy production (process industry)
  5. Markets (systems)

Extracted key phrases
  1. Elster Metering UK Ltd. Energy harvesting system
  2. Self power advanced utility water meter
  3. Art thermoelectric Energy Harvesting System
  4. Thermoelectric Energy Harvesting
  5. Electrical power generation
  6. Water meter industry
  7. Smart Effects
  8. Global metering market
  9. Water metering
  10. Elster UK
  11. Smart meter
  12. Project
  13. Low conversion efficiency
  14. Standard lithium battery
  15. Market place

Related Pages

UKRI project entry

UK Project Locations
100 km
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